Features
As a cutting-edge manufacturing technology, laser cladding process rapidly melts the metal surface and alloy powder by means of laser to form a dense metal bonding layer after solidification, so as to repair the work-piece surface size, change the surface properties, strengthen and prolong service life. It features of high laser energy, good performance of thin cladding layer, excellent stability and reliability, flexible and diversified structure, wide usage. Alloy powders of iron, nickel, cobalt, copper, composite ceramic base can be chosen in cladding according to different working conditions. The laser cladding/additive equipment is applicable for the wear, corrosion, high temperature and oxidation resistant metal substrate surface occasions of metallurgy, mold, machinery manufacturing, petrochemical, automobile, electric power, coal cutter and other industries.
Technical Parameters
-- Laser power: 0.5~20kW, wavelength: 400-1090nm
-- Machine tool length/center height: 6~10m/760, 1010mm
-- Repeatable positioning accuracy: 0.06mm
-- Number of robot arms: 4-axis, 6-axis, 8-axis motion control
-- Robot arm span: 1600~3700mm
-- Robot arm slide guide stroke: 2.5, 4, 5, 6m
Lectotype Series
-- RRW0.5~20, JKR 0.5~20
Application
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| Bearing Pedestal Inner Bore Laser Cladding |
Gear Shaft Tooth Flank Laser Cladding |
Shaft High Speed Laser Cladding |
Spindle Laser Cladding |
English
186-186
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